Container bottle structure

ABSTRACT

The invention provides a container bottle structure that comprises a bottle, and at least one transverse tenon and at least one protrusion portion. The bottle has the transverse tenon and at least one transverse groove formed on a first side and a third side thereof, and further has the protrusion portion and at least one concave portion formed on a second side and a fourth side thereof; the transverse tenon and the transverse groove of the first side can be assembled and joined with the transverse groove and the transverse tenon of the third side of another bottle, and the protrusion portion and the concave portion of the second side can be assembled and joined with the concave portion and the protrusion portion of the fourth side of another bottle, thus achieving the effect of mutually joining the container bottle structures and positionally limiting and fixing adjacent container bottles.

FIELD OF THE INVENTION

The present invention relates to a container bottle, and moreparticularly to a container bottle structure capable of enablingcontainer bottles to be mutually joined and limited and fixed inposition.

BACKGROUND OF THE INVENTION

With the increasingly higher demand for environmental protection in themodern society, an abundance of objects are designed according to theconcept of environmental protection. However, the container bottles thatare generally used for filling beverages are the primary source ofgarbage in the society currently; when a consumer buys a containerbottle and finishes with drinking, the container bottle is usuallydiscarded directly or recycled for reuse. That is to say, the containerbottle only serves the effect of accommodating a beverage in actual use,and the container bottles currently sold on the market are not designedto have other added applications; the manufacturing process of thecontainer bottles involves many sophisticated steps, and yet thecontainer bottles are discarded after use, which leads to problems inenvironmental protection and recycling, and does not add furtherapplications or values to the container bottles.

Therefore, the key to improve the above disadvantages and problems isalso the technical difficulty the inventor of the present applicationseeks to resolve.

SUMMARY OF THE INVENTION

Accordingly, to effectively solve the aforesaid problems, a primaryobjective of the present invention is to provide a container bottlestructure capable of enabling container bottles to be mutually joinedand limited and fixed in position.

A main objective of the present invention is to provide a containerbottle structure for enabling a container bottle to serve as an assemblytoy or an environment-friendly building material, so as to increaseapplications and added values for the container bottle.

To achieve the aforesaid purpose, the present invention provides acontainer bottle structure comprising a bottle, and at least onetransverse tenon and at least one protrusion portion, wherein the bottlehas an opening formed on an upper position thereof, and further hasformed, on a lateral position thereof, a first side, a second side, athird side and a fourth side sequentially and mutually connected to eachother; the first side and the third side have the transverse tenonsformed thereon, and a transverse groove is respectively formed laterallyto the transverse tenons; the second side and the fourth side have theprotrusion portions formed thereon, and a concave portion isrespectively formed laterally to the protrusion portions. Accordingly,the bottle can be mutually assembled and joined with a plurality ofbottles, in which the transverse tenon and the transverse groove of thefirst side can be assembled and joined with the transverse groove andthe transverse tenon of the third side of another bottle, and theprotrusion portion and the concave portion of the second side can beassembled and joined with the concave portion and the protrusion portionof the fourth side of another bottle, thus achieving the effect ofmutually joining the container bottle structures and positionallylimiting and fixing adjacent container bottles, thereby increasing theapplications and added values of the container bottle structure.

To enable a further understanding of the said objectives and thetechnological methods of the invention herein, the brief description ofthe drawings below is followed by the detailed description of thepreferred embodiments.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a stereoscopic perspective view in accordance with a preferredembodiment of the present invention.

FIG. 2 is a stereoscopic perspective view showing another side of thepreferred embodiment of the present invention.

FIG. 3 is a stereoscopic perspective view showing a bottom portion ofthe preferred embodiment of the present invention.

FIG. 4 is an implemented perspective view I in accordance with thepreferred embodiment of the present invention.

FIG. 5 is an implemented perspective view II of the preferred embodimentof the present invention.

FIG. 6 is an implemented perspective view III of the preferredembodiment of the present invention.

FIG. 7 is an implemented perspective view IV of the preferred embodimentof the present invention.

FIG. 8 is an implemented perspective view V of the preferred embodimentof the present invention.

FIG. 9 is an implemented perspective view VI of the preferred embodimentof the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

FIGS. 1 to 3 respectively illustrate a stereoscopic perspective view, astereoscopic perspective view showing another side and a stereoscopicperspective view showing a bottom portion in accordance with a preferredembodiment of the present invention. It can be clearly observed from thefigures that the container bottle structure 1 comprises a bottle 2 andat least one transverse tenon 27 and at least one protrusion portion 28,wherein the bottle 2 has an opening 21 formed in an upper positionthereof and an accommodation groove 22 formed in a lower positionthereof; the accommodation groove 22 can accommodate the opening 21 ofanother bottle 2, and the bottle 2 has, on a lateral position thereof, afirst side 23, a second side 24, a third side 25 and a fourth side 26respectively formed, wherein the first side 23 and the third side 25have two sides thereof respectively extended and connected to the secondside 24 and the fourth side 26; the third side 25 is formed on anotherside of the bottle 2 opposite to the first side 23, and the fourth side26 is formed on another side of the bottle 2 opposite to the second side24, in which the first side 23 and the third side 25 have the transversetenons 27 formed thereon. In this embodiment, the first side 23 and thethird side 25 have a plurality of the transverse tenons 27 formedthereon, and the first side 23 and the third side 25 further have aplurality of transverse grooves 271 formed thereon, wherein thetransverse tenons 27 are dove-tail tenons and the transverse grooves 271are dove-tail grooves; the transverse grooves 271 are formed laterallyto the transverse tenons 27, such that the first side 23 has thetransverse grooves 271 and the transverse tenons 27 respectively andsequentially formed in a position of the opening 21 and downwards; thetransverse grooves 271 are in positions of the first side 23 that arehorizontally equivalent to the transverse tenons 27 of the third side25, and the transverse tenons 27 are in positions of the first side 23that are horizontally equivalent to the transverse grooves 271 of thethird side 25; that is, the third side 25 has the transverse tenons 27and the transverse grooves 271 respectively and sequentially formed inthe position of the opening 21 and downwards. Further, in theembodiment, the second side 24 and the fourth side 26 have a pluralityof the protrusion portions 28 formed thereon, and the second side 24 andthe fourth side 26 further have a plurality of concave portions 281formed thereon, in which the concave portions 281 are formed on twosides of the protrusion portions 28, such that the protrusion portions28 and the concave portions 281 are alternately arranged; the concaveportions 281 are in positions of the second side 24 that arehorizontally equivalent to the protrusion portions 28 of the fourth side26, and the protrusion portions 28 are in positions of the second side24 that are horizontally equivalent to the concave portions 281 of thefourth side 26. A concave groove 282 is respectively formed on thesecond side 24 and the fourth side 26, and the concave groove 282 isformed in a central position between the protrusion portions 28 and theconcave portions 281.

Referring to the aforesaid figures; FIGS. 4 to 9 illustrate theimplemented perspective views I to VI of the preferred embodiment of thepresent invention. In use, the container bottle structure 1 can beassembled and joined with a plurality of container bottle structures 1,wherein the first side 23 of the bottle 2 can be mutually assembled andjoined with the third side 25 of another bottle 2, in which thetransverse tenons 27 and the transverse grooves 271 of the third side 25of the other bottle 2 can be respectively assembled with the transversegrooves 271 and the transverse tenons 27 of the first side 23 of thebottle 2, such that the other bottle 2 is completely attached to a sideof the bottle 2; moreover, the second side 24 of the bottle 2 can bemutually assembled with the fourth side 26 of yet another bottle 2, andthe protrusion portions 28 and the concave portions 281 of the fourthside 26 of the yet another bottle 2 can be respectively assembled withthe concave portions 281 and the protrusion portions 28 of the secondside 24 of the bottle 2, such that the yet another bottle 2 iscompletely attached to a side of the bottle 2. Further, another mannerof mutually assembling the bottles 2 is to vertically assemble and jointhe opening 21 of the bottle 2 with the accommodation groove 22 ofanother bottle 2, or the bottles 2 can be horizontally or verticallyassembled and joined in plurality and then have a single bottle 2mounted between the left and the right bottles 2, or between the top andthe bottom bottles 2, wherein the left and the right bottles 2 can beassembled in two ways; one of which is to have the transverse tenons 27and the transverse grooves 271 of the third side 25 of the bottle 2assembled with the transverse grooves 271 and the transverse tenons 27of the first side 23 of the left or the right bottles 2, so that thebottle 2 can be fixed in position between the left bottle 2 and theright bottle 2. The other way of assembling is to have the protrusionportions 28 and the concave portions 281 of the fourth side 26 of thebottle 2 respectively assembled with the concave portions 281 and theprotrusion portions 28 of the second side 24 of the left or the rightbottles 2, and the concave groove 282 thereof corresponds to a gapbetween the left and the right bottles 2, so that the bottle 2 can befixed in position between the left bottle 2 and the right bottle 2, andthe bottle 2 also mutually fixes the left bottle 2 and the right bottle2 in position effectively. Furthermore, there are two ways of assemblingthe top and the bottom bottles 2; one of which is to have the transversetenons 27 and the transverse grooves 271 on an upper portion of thethird side 25 of the bottle 2 respectively assembled with the transversegrooves 271 and the transverse tenons 27 of the first side 23 of the topbottle 2, and have the transverse tenons 27 and the transverse grooves271 on a lower portion of the third side 25 of the bottle 2 respectivelyassembled with the transverse grooves 271 and the transverse tenons 27of the first side 23 of the bottom bottle 2, so that the bottle can befixed in position between the top bottle 2 and the bottom bottle 2. Theother way of assembling is to have the protrusion portions 28 and theconcave portions 281 on an upper portion of the fourth side 26 of thebottle 2 respectively assembled with the concave portions 281 and theprotrusion portions 28 of the second side 24 of the top bottle 2, andhave the protrusion portions 28 and the concave portions 281 on a lowerportion of the fourth side 26 of the bottle 2 respectively assembledwith the concave portions 281 and the protrusion portions 28 of thesecond side 24 of the bottom bottle 2, so that the bottle 2 can be fixedin position between the top bottle 2 and the bottom bottle 2, and thebottle 2 mutually fixes the left bottle 2 and the right bottle 2 inposition effectively. Accordingly, the bottle 2 can be mutuallyassembled and joined with a plurality of bottles 2, in which thetransverse tenons 27 and the transverse grooves 271 of the first side 23thereof can be assembled and joined with the transverse grooves 271 andthe transverse tenons 27 of the third side 25 of another bottle 2, andthe protrusion portions 28 and the concave portions 281 of the secondside 24 thereof can be assembled and joined with the concave portions281 and the protrusion portions 28 of the fourth side 26 of anotherbottle 2, thus achieving the effect of mutually joining the containerbottle structures 1 and positionally limiting and fixing adjacentcontainer bottle structures 1, thereby increasing applications and addedvalues of the container bottle structures 1.

While the present invention has been disclosed through the preferredembodiment described above, it should be understood that the embodimentis not intended to be restrictive of the scope of the invention.Modifications may be made in accordance with the idea of the presentinvention without departing from the spirit and the scope of the presentinvention, such as: alterations to shapes or arrangement modes thereof,and any changes, modifications and applications equivalent in effect arecomprised in the scope of the claims of the present application.

1. A container bottle structure, comprising: a bottle having an openingformed on an upper portion thereof, the bottle comprising a first sideand a second side; at least one transverse tenon formed on the firstside, the transverse tenon having a transverse groove respectivelyformed laterally thereto; and at least one protrusion portion formed onthe second side, the protrusion portion having a concave portionrespectively formed laterally thereto.
 2. The container bottle structureof claim 1, wherein the bottle further has a third side, and the thirdside is formed on another side of the bottle opposite to the first sideand has the transverse tenon and the transverse groove formed thereon.3. The container bottle structure of claim 1, wherein the bottle furtherhas a fourth side, and the fourth side is formed on another side of thebottle opposite to the second side and has the protrusion portion andthe concave portion formed thereon.
 4. The container bottle structure ofclaim 1, wherein the bottle has an accommodation groove formed in abottom portion thereof, and the accommodation groove can accommodate theopening.
 5. The container bottle structure of claim 2, wherein thetransverse groove is in a position of the first side horizontallyequivalent to the transverse tenon of the third side, and the transversetenon is in a position of the first side horizontally equivalent to thetransverse groove of the third side.
 6. The container bottle structureof claim 3, wherein the concave portion is in a position of the secondside horizontally equivalent to the protrusion portion of the fourthside, and the protrusion portion is in a position of the second sidehorizontally equivalent to the concave portion of the fourth side. 7.The container bottle structure of claim 3, wherein the second side andthe fourth side respectively have a concave groove formed thereon, andthe concave groove is formed in a central position between theprotrusion portion and the concave portion.
 8. The container bottlestructure of claim 1, wherein the transverse tenon is a dove-tail tenon,and the transverse groove is a dove-tail groove.